Biaxial Machine - BX30030
The testing system is built to verify the performance of seismic isolators.
The tests involve the application of a compression load (vertical load) and the use of cyclic horizontal displacements.
The general characteristics of the test machine in terms of vertical load, movement and speed (both vertical and horizontal axis) have been identified considering that almost all of the end-of-production tests and most of the qualification tests can be performed.
Vertical force: 30.000 kN
Horizontal force: 3.000 kN
BX30030 Video
Low load guides Assembly Render
Operating Principle
Biaxial Machine - BX5528
The testing system is built to verify the performance of elastomeric seismic isolators.
The tests involve the application of a compressive load (vertical load) and the use of cyclic horizontal displacements.
Vertical force: 5.500 kN
Horizontal force: 2.800 kN
BX5528 Video Time-lapse Assembly
Image Test 1 Test 2 PTFE Skids
Scientific equipment for tests on glass continuous walls
The system is suitable to carry out air and water tightness tests, tests with single and multi-axial, static and dynamic stresses on "glass continuous walls" with a maximum dimension of 6 x 8 meters.
Testing Crossbeam movement
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Machine for bending tests on rails - FPF1000
The system is designed and built to perform 4-point bending fatigue tests on welded rails.
The test specimen can be subjected to bending stress through the application of a compressive and tensile load by a hydraulic servo-cylinder.
FPF1000 Video
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Biaxial Machine - BX0316
The system is designed and built to perform both 4-point bending fatigue tests on rails on the vertical axis and static tensile tests on the horizontal axis
Compressive force on vertical axis: 350 kN.
Tensile force on vertical axis: 1500 kN.
BX0316 Brochure
Testing
Grip
FPF 30 MN Machine
Uniaxial load frame, sized to withstand maximum loads of 30 MN in both compression and traction for tests on structural elements.
The frame is equipped with a fixed lower base and a movable upper crossbeam for the control of working width.
The movement of the upper crossbeam is provided by four hydraulic servo-cylinders firmly fixed to the two crossbeams, which also have the function of applying the load on the specimen through the movement of the upper crossbeam.
FPF 30 MN